Open Garage Door Notification

1. Parker Lusk Whitney Deras Moore Norman Technology Center Engineering Design and Development May 12, 2010 Open Garage Door Notification

2. Objective: To attend the University of Oklahoma to become a Mechanical Engineer Whitney Deras Moore High School • AP Calculus AB • AP Physics B Moore Norman Technology Center • Introduction to Engineering • Principles of Engineering • Digital Electronics • Computer Integrated Manufacturing • Engineering Design and Development

3. Parker Lusk • Relevant Courses: • AP Chemistry I • AP Physics C • AP Calculus BC • Pre-Engineering: • Intro to Engineering Design • Principles of Engineering • Digital Electronics • Computer Integrated Manufacturing • Engineering Design & Development Post High School Plans:Upon return from a two year mission, I plan on attending Brigham Young University to study Electrical Engineering.

4. Engineering Design & Development Rule of Thirds Recording Your Progress • Graphic Sketches • Working Drawings • Prototype Model • Web Page Design • Research Paper • Engineering Journal • PowerPoint Document • 3-Panel Display • Portfolio • Correspondence Testing, Documentation & Presentation Research & Exploration Design & Construction • Problem Selection • Topic Background • Problem Statement • Cited Justification • Past & Present Solutions • Design Matrix • My Solution • My Solution Justification • Engineering & Science Concepts • Design Criteria • Design Parameters • Sketching Refinement • Mock-up & Modeling • Technical Drawing • Procedure • Material List • Vendor & Cost • Timeline of Building • Tool Selection • Tool Safety • Construction • Methods of Testing • Physical Testing • Re-Modify (if needed) • Re-test • Record Data • Determine Conclusion • Multi-media Display • Presentation • Web Page • Research Paper

5. Engineering Design & Development Twelve-Step Design Process A – Problem Identification B – Justification C – Existing Solutions D – Goals and Constraints E – Designing a Solution F – Engineering Principles G – Realistic Solution H – Prototype I – Testing Procedures J – Analysis of Testing K – Stakeholder Evaluation L – Reflection

6. A – Problem Identification Group Brainstorm “Gee, I hate it when…” • My pool overflows because the water hose has been left on • My speakers blow out • Employees cheat their time card entries • Taking roll can be a hassle • Steering wheel gets extremely hot in sunlight • Backpacks are too heavy • It’s hard to keep track of money going through a business • Rolling up yarn is time consuming • Pools lose their chemical balance • Trash bag ends fall into the trash can • Keys don’t work easily • When my reverse sensor beeps for no reason (ice) • When fuses are blown and you don’t know it • It is difficult to back a boat into a garage • When dumpsters are emptied by trucks and don’t auto-lock (like they’re supposed to) and get filled up with other people’s trash. • I forget to shut the garage door *possible problems worth solving

7. A – Problem Identification Class Brainstorm • Animals/Pedestrians vs. Bicycles • Are you parked correctly garage/parking spot • Cross traffic blind spots • Solder sucker – Hard for 1 person to use • Falling asleep at the wheel • Recycling – no one does it. Why? • You cannot tell sound direction in water • Wobbly tables • Pools, hot tubs, and bath tubs overflow • Hard to open doors with hands full • Hail damage to unshielded cars • Drop cloths move/shift while painting • Wind damage/tornado survival • What size socket do you need • Collect debris from trimmed shrubs • Taking attendance • Backpacks • Mirror vibration in cars

8. A – Problem Identification Problem Selection Primary: Pools overflow because people forget the water is on. Backup: People leaving their garage door open

9. A – Problem Identification “Pools Overflowing” Existing Solutions and Justifications

10. A – Problem Identification Problem Selection New Problem Selection “Pools overflow because people forget the water is on” • Too many existing solutions • Not enough justifications New Problem “People leaving their garage door open”

11. A – Problem Identification Abstract -Thieves -Garage Theft -Garage doors are left open -In every day household families -Easy crime -Sneaking in when the homeowner is unaware WHO WHAT WHEN WHERE WHY HOW

12. A – Problem Identification K-T Analysis

13. A – Problem Identification Problem Analysis • Place different stresses on different words • Identify the problem • Create a clear, concise problem statement • Realize every possible definition of statement • Use words with positive connotation

14. A – Problem Identification Refined Problem Statement Crimes of opportunity are created when homeowners forget to close their garage door.

15. B - Justification Journal Critiques Number 1

16. B - Justification Journal Critiques Number 2

17. B - Justification Journal Critiques Number 3

18. B - Justification Journal Critiques Number 4

19. B - Justification Journal Critiques Number 5

20. Health & Safety Legal Issues B - Justification Attack Paths Five Journal Critiques BRIEF: (2009, September 24). Suspects Arrested in Rape, Home Invasion Cases. Retrieved October 5, 2009, from WFTV news 9 in Florida. Web Site http://www.wftv.com/news/21087804/detail.html Ramirez, D. (2008, January 27). Open garage doors are open invitations to thieves. Fort Worth Star-Telegram (TX), Retrieved September 11, 2009, from Newspaper Source database. Crimes of opportunity are created when homeowners forget to close their garage door. Vargas, Melissa. (2007, December 21) BRIEF: Police issue warning: Keep your garage door closed. Fort Worth Star – Telegram (TX). Retrieved September 14, 2009, from EBSCO Host database. Denham, R. (2008, March 26). Burglars targeting homes with garage doors left open. Pantagraph, The (Bloomington, IL), Retrieved September 11, 2009, from Newspaper Source database. BRIEF: (2009, September 15). College student with samurai sword kills burglary suspect in garage. Retrieved October 6, 2009, from Cleveland.com. Web Site http://www.cleveland.com/nation/index.ssf/2009/09/college_student_with_samurai_s.html

21. C – Existing Solutions Garage Butler http://www.garagebutler.com • Shuts the door automatically • Once set, no user interaction • Integrates with current garage door system • PROS • CONS • Shuts the door automatically • Doesn’t notify, simply acts • No way to check the state of the garage door (Open/Close) • Google search:close garage automatically on 9.16.09

22. C – Existing Solutions Skylink GM-318 http://www.amazon.com/Skylink-GM-318-Household-Garage-Monitor/dp/B000ENAAYY • Notifies you when garage is open • Wireless • Up to 4 different sensors/zones • Mute function • PROS • CONS • Limited Range: 300ft • Persistent beep when garage is open • Must be near receiving box to be notified • Google search:garage open notification on 9.15.09

23. C – Existing Solutions Patent Search http://www.uspto.gov • KEYWORD SEARCH • HITS Garage AND Door Garage AND Open Garage AND Timer -5573 -6609 -1361

24. C – Existing Solutions Patent Search Patent No: US 7,577,522 B2 :: Spatially Associated Personal Reminder System and Method • Reminder system activated by entering/exiting predetermined area • Only reminds you if you ask it to. • Only reminder device • Doesn’t know state of device

25. C – Existing Solutions iPhone App http:://www.MyDoorOpener.com/ • PROS • No computer • Unlimited Range • CONS • Knowledge of electronicsand networking • iPhone App • Router • No notification http://www.autoblog.com/2010/02/23/turn-your-iphone-into-a-garage-door-opener/

26. D – Goals and Constraints Specifications and Constraints • Efficient • Unlimited range • Cost effective • Compact • Integrate into existing garage door systems • Notify user of state of garage door • Durable

27. D – Goals and Constraints Design Brief Target Consumer People who would benefit from this product the most are those who have garage doors. All mobile phone users. Problem Statement Crimes of opportunity are created when homeowners forget to close their garage door. Design Statement To design a notification system that can electronically notify (e.g. through E-Mail) the state of the garage door, whether open or close.

28. D – Goals and Constraints Brochure Front

29. D – Goals and Constraints Brochure Back

30. D – Goals and Constraints Experts • Jordan Kuehn • School of Electrical and Computer Engineering – University of Oklahoma • http://ece.ou.edu/people/ • Carson Engineering Center • 202 W. Boyd St, Room 218 • Chris Woodhouse • UCO Computer Science • Self-employed Software Engineer • Garage Door Expert • http://www.garagedoorexpert.com • Garage door service / parts / remotes • Trotter Doors • http://www.trotterdoors.com/ • Oklahoma City, OK • Residential / Commercial • Sales /Service

31. E – Design a Solution Design Sketches Solution A

32. E – Design a Solution Design Sketches Solution B

33. E – Design a Solution Design Sketches Solution C

34. E – Design a Solution SCAMMPERR Substitute Combine Adapt Magnify Modify Put to other uses Eliminate something Rearrange Reverse

35. E – Design a Solution SCAMMPERR Solution A

36. E – Design a Solution SCAMMPERR Solution B

37. E – Design a Solution SCAMMPERR Solution C

38. E – Design a Solution Pugh Selection Matrix

39. E – Design a Solution

40. F – Engineering Principles Science and Engineering Concepts • IR Sensors • Integrated Circuits (op-amp) • Programming • Internet • SMS Text messaging • E-Mail • Data Acquisition Hardware (Serial I/O Module)

41. F – Engineering Principles Hardware

42. F – Engineering Principles Hardware

43. F – Engineering Principles Hardware

44. F – Engineering Principles Hardware

45. F – Engineering Principles Client / Server Communication Encryption Server

47. I – Testing Procedures

48. J – Analysis of Testing

49. L – Reflection

50. Questions?